Bring a modern architectural aesthetic to your collection with this stylish Cylinder Light 3D Model, designed with a clean geometric silhouette, elegant arched openings, and a sculptural pedestal base.

This contemporary cylindrical light combines functional lighting with a minimalist architectural design. The tall cylindrical body features multiple large vertical openings with smoothly curved arch transitions, allowing light to pass through and create an attractive ambient illumination effect.

The lower section integrates a sturdy sculptural support and open pedestal structure, giving the lamp a distinctive architectural appearance while maintaining a lightweight visual profile. The simple yet elegant form makes it suitable for modern interiors, contemporary architecture, minimalist spaces, outdoor decorative lighting concepts, and artistic product collections.

The model is designed as a functional decorative lighting object, making it suitable for both digital visualization and physical fabrication. Its clean geometry and relatively simple structure make it well suited for 3D printing and easy customization.

The model can be scaled to different dimensions to create a variety of applications, from a small decorative table lamp to a larger floor-standing architectural light.

Perfect for 3D printing, interior decoration, architectural visualization, product design, modern lighting concepts, contemporary interiors, decorative displays, game environments, 3D printed furniture and functional art objects.

Key FeaturesModern cylindrical architectural light designElegant vertical arched openings for light diffusionSculptural integrated pedestal baseFunctional and decorative product designHollow internal structure suitable for LED lighting integrationClean and minimalist geometric formDesigned for easy 3D printing and physical fabricationSuitable for FDM and resin 3D printingCan be scaled to different dimensionsIdeal for LED light strips, LED bulbs, or compact lighting modulesSuitable for modern interiors, architectural spaces, and decorative installationsExcellent for product visualization and 3D printing projectsCan be sanded, primed, and painted with various finishesManufacturing SettingsSetting Recommended Value / DetailMachine Type FDM (Recommended) or Resin (SLA/DLP/MSLA)Material PLA or PLA+ recommended for FDM. PETG can be used for increased durability. Standard or tough resin for resin printingNozzle Size (FDM) 0.4 mm standard. 0.6 mm can be used for faster printingLayer Resolution (FDM) 0.16–0.20 mm for standard quality. 0.12 mm for higher surface qualityLayer Height (Resin) 0.03–0.05 mmWall Line Count 3–4 walls recommendedWall Thickness Approximately 1.2–2.0 mm depending on the final scaleInfill Density (FDM) 10–15% recommended. Higher infill may be used for additional weight and stabilityPrint Speed (FDM) 40–60 mm/s for balanced quality and printing timeSupports Generally minimal or not required depending on printer orientation. Supports may be required around certain curved transitions and overhanging areasRaft/Brim Optional. A brim is recommended for larger versions to improve build-plate adhesionPrint Orientation Recommended to print vertically in the same upright orientation as the final object, provided the build volume is sufficientPrint Bed Adhesion Brim recommended for tall or large-scale versionsAssembly Designed as a mostly integrated structure. Depending on the final model version, the lighting component may need to be installed separatelySurface Finish Can be sanded, primed, and painted. Suitable for matte, metallic, stone, ceramic, or architectural finishesLighting Integration Compatible with low-heat LED light sources. LED bulbs or LED strips are recommendedRecommended Light Source Low-voltage LED lighting recommended to reduce heat buildup inside the printed enclosureEstimated Print Difficulty Easy to IntermediateEstimated Print Time Approximately 8–20 hours depending on model scale, layer height, wall thickness, and printer settingsAssembled Size Approx. 200–250 mm height, scalable to any desired sizeRecommended Printing Setup

For a 200–250 mm tall version, a good starting point for FDM printing would be:

0.4 mm nozzle · 0.16–0.20 mm layer height · 3–4 wall lines · 10–15% infill · 40–60 mm/s print speed · Brim recommended for stability · Minimal supports

The exact printing time and material consumption will vary depending on the final model dimensions, slicer settings, printer type, and chosen layer height.

Note: For use as a functional light, use LED light sources only and ensure adequate ventilation around the light source. Avoid conventional high-temperature bulbs inside the printed structure.Assembly / Connection Mechanism

The upper cylindrical light body is designed to securely attach to the lower pedestal base using a Twist-Lock Snap-Fit mechanism. The two parts are assembled by aligning the connection points, inserting the upper section onto the lower section, and then rotating the upper body to engage the locking features.

A simple twisting motion securely locks the upper and lower components together, creating a stable and seamless connection without the need for screws, bolts, or additional hardware. The twist-lock design also allows the upper section to be easily detached when necessary, making the model convenient for assembly, disassembly, maintenance, transportation, and installation of the internal LED lighting components.

Assembly Type: Twist-Lock Snap-FitConnection Method: Insert - Twist - LockDisassembly: Reverse rotation to unlock and separate the componentsAdditional Hardware: No screws or external fasteners required